About Course
IoT / M2M Part 1
Internet of Things (IoT) testing ensures performance, reliability, and quick time to market by testing Internet of Things devices and networks at various stages of the product lifecycle. IoT will have an impact on all industries and, in the end, on everyone’s daily lives. Expectations for Internet of Things devices and networks are quite high in terms of dependability, performance, quality, and long-term availability.
Wireless communication is a key component of the Internet of Things’ success. Cellular technologies, such as the 4G-based LTE-M and NB-Internet of Things technologies, as well as 5G in the future, will be used for Internet of Things applications that require global coverage and mobility. Others will rely on low-power WAN technologies such as Sigfox or LoRaWAN, which operate in unlicensed bands. The bulk of people will employ short-range or mid-range weapons.
Course Content
IoT – eSIM reloaded – now with a preinstalled test profile
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IoT – Low power consumption with the wake-up signal (WUS)
10:12 -
IoT – Bluetooth® Low Energy testing reinvented
00:00 -
IoT – 5G mMTC: What will happen with NB-IoT and LTE-M in 5G?
00:00 -
IoT – The everlasting demand for optimizing IoT power consumption
00:00 -
IoT – The easy way of lab testing under real world conditions
00:00 -
Field-to-Lab – Bring real network environment to the lab
00:00 -
What is next in cellular IoT and how can we test it?
00:00 -
IoT – Testing the secure communication behavior of IoT devices
00:00 -
IoT – NGeCall – an interesting application for IoT?
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IoT – eSIM for M2M: what does it mean for testing?
00:00 -
IoT – Insights into LTE-M in 3GPP Release 14
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IoT – Insights into NB-IoT in 3GPP Release 14
00:00 -
IoT – NB-IoT network field measurements and analysis
00:00 -
IoT – How to test NB-IoT network and system performance
00:00 -
Let’s talk IoT
00:00 -
IoT – How to test NB-IoT network coverage
00:00 -
IoT – Importance of NB-IoT network measurements
00:00
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